Innovative technologies in rehabilitation: robotics for health professionals
Description of Postgraduate Degree Course
General Information
Level:Second-Level
Field of study: Medicine and Pharmacy
Duration:Duration: 1 year
Mode of Delivery:In person
CFUs:60
Admission application:
Applications open until
30 September 2025
Start date:14 November 2025
English
Born from the PNRR-funded "Fit for Medical Robotics - Fit4MedRob" project, this program addresses challenges in rehabilitation and personal care. The objectives of the master's program are to:
Equip graduates with an understanding of the clinical rehabilitationneeds related to new technologies, with a focus on specific impairments for evaluation and treatment.
Provide foundational knowledge in biorobotics, artificial intelligence, control systems, sensors, and smart materials to navigate the complexities of healthcare.
Familiarize participants with cutting-edge biotechnologies that represent the future of healthcare.
Emphasize interdisciplinary approaches, enabling participants to leverage innovative technologies to improve clinical outcomes while ensuring environmentally responsible applications.
Career opportunities
Clinical Innovation Specialists: Graduates will excel in developing innovative rehabilitation solutions.Rehabilitation
Technology Consultants: With access to a robust network, graduates are well-prepared to offer cutting-edge advice on rehabilitation technologies to both healthcare and technology sectors.Medical
Robotics Engineers: The global network connects graduates with leaders in medical and engineering robotics, creating opportunities to contribute to innovative device design.
Research and Development Scientists: Graduates can engage in impactful
Fees
In person:
4500 € payable in 4 instalments:
1800 € no later than 03 November 2025
900 € no later than 15 January 2026
900 € no later than 15 April 2026
900 € no later than 15 June 2026
Auditors:
1500 €
Available Scholarships: 5
Call and Procedures
Admission Requirements
Content in Italian
Lauree Magistrali:
Biologia, Biotecnologie Mediche, Veterinarie e Farmaceutiche, Classe di Abilitazione A033 - Tecnologia, Ingegneria Biomedica, Ingegneria Dell'automazione, Ingegneria Elettronica, Ingegneria Gestionale, Ingegneria Informatica, Ingegneria Meccanica, Medicina e Chirurgia, Modellistica Matematico-fisica per L'ingegneria, Organizzazione e Gestione dei Servizi per Lo Sport e Le Attivita Motorie, Psicologia, Scienza e Ingegneria dei Materiali, Scienze Cognitive, Scienze delle Professioni Sanitarie della Prevenzione, Scienze delle Professioni Sanitarie Tecniche, Scienze e Tecniche delle Attivita Motorie Preventive e Adattate, Scienze e Tecniche Dello Sport, Scienze Riabilitative delle Professioni Sanitarie
Lauree Specialistiche:
Biologia, Biotecnologie Mediche, Veterinarie e Farmaceutiche, Informatica, Ingegneria Biomedica, Ingegneria Elettronica, Ingegneria Gestionale, Ingegneria Informatica, Ingegneria Meccanica, Medicina e Chirurgia, Metodi per L'analisi Valutativa dei Sistemi Complessi, Metodi per La Ricerca Empirica nelle Scienze Sociali, Modellistica Matematico-fisica per L'ingegneria, Organizzazione e Gestione dei Servizi per Lo Sport e Le Attivit�otorie, Psicologia, Scienza e Ingegneria dei Materiali, Scienze Cognitive, Scienze e Tecnica Dello Sport, Scienze e Tecniche delle Attivita' Motorie Preventive e Adattative, Statistica per La Ricerca Sperimentale, Teorie e Metodi del Disegno Industriale, Classe delle Lauree Specialistiche nelle Scienze delle Professioni Sanitarie della Prevenzione, Classe delle Lauree Specialistiche nelle Scienze delle Professioni Sanitarie della Riabilitazione, Classe delle Lauree Specialistiche nelle Scienze delle Professioni Sanitarie Tecniche, Specialistiche nelle Scienze delle Professioni Sanitarie Tecniche - Tecniche Diagnostiche
Content in Italian The master's council reserves the right to evaluate qualifications other than those indicated above based on experience gained and curriculum vitae.
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